PackPro 5.0 includes some much awaited features such as High Rate Water Pack, Temperature Modelling and Scenario Manger. In this webinar we cover these and other great features
Led by
Samyak Jain
As gravel pack applications extend into more challenging environments, including longer intervals and narrower pore to frac pressure windows, it’s becoming increasingly important to better understand both treatment success and failure so we can continuously improve. In this presentation, we discusses the different methods available for evaluating gravel packs, concentrating on detailed downhole pressure and temperature gauge data analysis using a number of case studies.
Led by
Philip Wassouf
Various techniques are available to control sand production but gravel packing is recognized as one of the most reliable, so long as a complete pack is achieved. In cased hole completions, packing the perforations in addition to the wellbore is critical for the success of the treatment and can be performed either above or below the fracture pressure depending on the type of treatment being performed. In this presentation, we discuss the principles, packing mechanisms and design considerations of cased hole gravel packs performed below fracture pressure and high rate water packs performed above fracture pressure
Led by
Ray Tibbles
Various techniques are available to control sand production but gravel packing is recognized as one of the most reliable, so long as a complete pack is achieved. Shunt packing uses viscous carrier fluids with higher concentrations of gravel and shunted screens to allow slurry to bypass any blockage/bridge and ensure a complete pack. In this presentation, we discuss the principles, packing mechanisms and design considerations of shunt packing along with its challenges and application window.
Led by
Samyak Jain
Various techniques are available to control sand production, but gravel packing is recognized as one of the most reliable, so long as a complete pack is achieved. Water packing is the most used gravel packing method and uses low viscosity Newtonian carrier fluids (typically completion brine) with gravel in low concentrations. In this presentation, we discuss the principles, packing mechanisms and design considerations of water packing along with its challenges and application window.
Led by
Samyak Jain
The successful execution of any sand control operation depends on a multi-disciplinary approach using a combination of surface pumping and downhole completion equipment with multiple operational steps. In this presentation, we introduce the key equipment required for execution and review the operational steps commonly involved from run-in-hole (RIH) to pull-out-of-hole (POOH)
Led by
Kesavan Govinathan
Sand control often involves the installation of screens with or without gravel, the sizing of which is critical for the success of the completion and is normally based on particle size distribution (PSD) analysis of formation samples. In this presentation, we discuss the applicability of the various sand sampling techniques to sand control completions and review the industry guidelines used in selecting the most appropriate screen and gravel for a well.
Led by
Ian Mickelburgh
Sand production is a worldwide problem that results in billions of dollars of losses due to delayed/lost production and workover costs, and is generally addressed through the installation of sand control. In this presentation, we review the basics of sand control including factors affecting sand failure and production, the impact of sand production and the conditions under which sand control maybe required. We also introduce the various sand control techniques in the industry today and highlight their advantages, disadvantages and application envelopes.
Led by
Ian Mickelburgh